Staff Systems Engineer, Functional Safety

<div class="content-intro"><p>Agility’s commercially deployed humanoids operate alongside teams in warehouses, manufacturing facilities, and distribution centers—tackling physically demanding and repetitive tasks while enabling workers to focus on higher-value work. With industry-leading safety standards and years of proven deployment data, we're pioneering a new era of automation that enhances human potential.</p></div><p><strong>About the Role</strong></p> <p>As a Staff Systems Engineer at Agility Robotics, you'll be the technical leader defining and delivering system-level architecture for our humanoid robot platform, with focus in functional safety requirements integration. Working within a high-impact Systems Engineering team, you'll take ownership of complex safety-critical requirements, cross-functional interfaces, and system-level integration—bringing clarity and structure to incredibly complex safety-critical systems.</p> <p>This role is ideal for a hands-on technical leader with functional safety expertise who thrives in ambiguity, takes initiative without waiting for permission, and has a passion for building real safety-critical systems fast. You'll help shape how Systems Engineering and Functional Safety integration is applied in a fast-moving startup, balancing the rigor of safety standards with the agility and pragmatism needed to ship products.</p> <p><strong>Key Responsibilities</strong></p> <p>Robotics Development </p> <ul> <li>Requirements Management: Define system and subsystem architectures spanning all domains (mechanical, electrical, firmware, and software) with embedded functional safety, and drive trade studies to balance safety, performance, cost, and execution speed.</li> <li>V&V Definition : Define, own, and decompose detailed, verifiable requirements in Jama that can be delivered to Integration and Testing teams for Verification and Validation.</li> <li>Interface Definition: Lead development and maintenance of Interface Control Documents (ICDs), managing implementation-specific details for hardware and software interfaces, including message structures, pinouts, and bolt patterns.</li> <li>Operational Definitions: Define the sequence of operations between major elements and users using narrative Concept of Operations (ConOps), swimlane diagrams, and/or logical flow charts.</li> <li>Test Support: Align system requirements with test plans to ensure coverage across the entire safety system. Drive system-level verification of safety requirements through integration testing and track design differences between test setups and the intended design to determine technical risk.</li> </ul> <p> </p> <p>Operational Support and Technical Leadership </p> <ul> <li>Safety Tracking & Monitoring: Regularly check and confirm that the safety system's performance meets all specified requirements under live operating conditions.</li> <li>Change and Modification Management: Ensure that any modification to the system's hardware or software that impacts safety must be strictly validated to maintain safety integrity and prevent the introduction of new risks.</li> <li>Failure Analysis and Investigation: Actively participate in safety assessments and root cause investigations, collaborating with non-safe software and hardware development teams to prevent systemic faults.</li> <li>Operational Sustainment: Work closely with Commercial and Product teams to ensure that critical safety mechanisms and processes are maintained at customer sites, including emergency stop and human detection.</li> <li>Cross-Functional Alignment and Leadership: Facilitate cross-functional decisions when safety requirements conflict with performance, cost, or schedule cons